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Jeonghwa Lee

Teaching

Fall 2026
  • CMSC104 Programming in Python
  • CMSC111 Computer Science II
Office Hours
  • by appointment
Dr. Jeonghwa Lee
 
Teaching
Fall 2026
  • CMSC104 Programming in Python
  • CMSC111 Computer Science II
Spring 2026
  • CMSC111 Computer Science II
  • CMSC523 High Performance Computing
  • CMSC571 Data Mining
Fall 2025
  • MATH100 Introductory Algebra
  • CMSC104 Programming in Python
  • CSC504 Computer Programming for Information Systems
  • CMSC521 Operating Systems
Spring 2025
  • CMSC111 Computer Science II
  • CMSC520 Computer Architecture
  • CMSC571 Data Mining
Fall 2024
  • On sabbatical
Spring 2024
  • CSC111 Computer Science II
  • CSC521 Operating Systems
  • CSC571 Data Mining
Fall 2023
  • CSC104 Programming in Python
  • CSC504 Computer Programming for Information Systems
  • CSC520 Computer Architecture
Spring 2023
  • CSC111 Computer Science II
  • CSC523 High Performance Computing
  • CSC571 Data Mining
Fall 2022
  • CSC104 Programming in Python
  • CSC504 Computer Programming for Information Systems
  • CSC521 Operating Systems
Spring 2022
  • CSC104 Programming in Python
  • CSC111 Computer Science II
  • CSC520 Computer Architecture
  • CSC571 Data Mining
Fall 2021
  • CSC104 Programming in Python
  • CSC504 Computer Programming for Information Systems
  • CSC523 High Performance Computing
Spring 2021
  • CSC111 Computer Science II
  • CSC521 Operating Systems
  • CSC571 Data Mining
Fall 2020
  • CSC103 Overview of Computer Science
  • CSC111 Computer Science II
  • CSC520 Computer Architecture
  • CSC504 Computer Programming for Information Systems
Spring 2020
  • CSC104 Programming in Python
  • CSC111 Computer Science II
  • CSC523 High Performance Computing
  • CSC571 Data Mining
Fall 2019
  • CSC103 Overview of Computer Sceince
  • CSC111 Computer Science II
  • CSC410 Theoretical Foundations of Computer Science
  • CSC521 Operating Systems
Spring 2019
  • CSC104 Programming in Python
  • CSC111 Computer Science II
  • CSC520 Computer Architecture
Fall 2018
  • CSC104 Programming in Python
  • CSC111 Computer Science II
  • CSC180 Microcomputer Basic
  • CSC521 Operating Systems
Spring 2018
  • CSC111 Computer Science II
  • CSC523 High Performance Computing
Fall 2017
  • CSC103 Overview of Computer Sceince
  • CSC180 Microcomputer Basic
  • CSC111 Computer Science II
  • CSC520 Computer Architecture
Spring 2017
  • CSC111 Computer Science II
  • CSC521 Operating Systems
Fall 2016
  • CSC180 Microcomputer Basic
  • CSC111 Computer Science II
  • CSC523 High Performance Computing
Spring 2016
  • CSC111 Computer Science II
  • CSC520 Computer Architecture
Fall 2015
  • CSC103 Overview of Computer Sceince
  • CSC180 Microcomputer Basic
  • CSC521 Operating Systems
Spring 2015
  • On sabbatical
Fall 2014
  • CSC111 Computer Science II
  • CSC180 Microcomputer Basic
  • CSC520 Computer Architecture
Spring 2014
  • CSC111 Computer Science II
  • CSC521 Operating Systems
Fall 2013
  • CMPE220 Computer Organization
  • CSC520 Computer Architecture
Spring 2013
  • CSC180 Microcomputer Basic
  • CSC521 Operating Systems
  • CSC523 High Performance Computing
Fall 2012
  • CSC103 Overview of Computer Sceince
  • CSC180 Microcomputer Basic
  • CSC520 Computer Architecture
Spring 2012
  • CSC107 Computer Science I Lab & Seminar
  • CSC180 Microcomputer Basic
  • CSC521 Operating Systems
  • CSC595 Selected Topics: Advanced Research Projects
Fall 2011
  • CSC180 Microcomputer Basic
  • CSC520 Computer Architecture
Spring 2011
  • CSC103 Overview of Computer Science
  • CSC493 Special Topics in High Performance Bioinformatics
  • CSC521 Operating Systems
  • CSC523 High Performance Computing
Fall 2010
  • CSC180 Microcomputer Basic
  • CSC220 Computer Organization
  • CSC520 Computer Architecture
Spring 2010
  • CSC180 Microcomputer Basic
  • CSC320 Operating Systems
  • CSC523 High Performance Computing
Fall 2009
  • CSC220 Computer Organization
  • CSC520 Computer Architecture
Spring 2009
  • CSC320 Operating Systems
  • CSC570 Database Management Systems
Fall 2008
  • CSC111 Computer Science II
  • CSC220 Computer Organization
Spring 2008
  • CSC103 Overview of Computer Science
  • CSC320 Operating Systems
Fall 2007
  • CSC103 Overview of Computer Science
  • CSC393 Special Topics in High Performance Computing
Spring 2007
  • CSC320 Operating Systems
  • ISS540 Data Communications, Networks, and Distributed Data Processing
Fall 2006
  • CSC103 Overview of Computer Science
  • CSC513 Event-Driven Programming
 
Research Grants
  • Application of Support Vector Machines to the Classification of Galaxy Morphologies, Shippensburg University Center for Faculty Excellence in Scholarship and Teaching (CFEST) Teaching and Research Excellence Grant, 05/01/2012 - 6/30/2013, PI: Jeonghwa Lee, Student: Matt Freed

  • Investigating the interdisciplinary area of Computational Science and Bioinformatics, Mikausen-Likar Science Research Fund, 07/01/2011 - 06/30/2012, PI: Jeonghwa Lee, Students: Alan Zanotti, Matt Freed, Paul Rutledge

  • Educational Grant (TG-CCR110007): Building High Performance Projects on a Supercomputer, TeraGrid, 01/15/2011 to 1/15/2012, PI: Jeonghwa Lee, Total Service Units: 10,000 BlueGene Frost, 10,000 Pople / 10,000 Warhol 10,000

  • Investigating the interdisciplinary area of Computational Science and Bioinformatics, Mikausen-Likar Science Research Fund, 07/01/2010 - 06/30/2011, PI: Jeonghwa Lee, Students: Fen Qin, Matt Freed

  • Robust Preconditioned Solvers for Analyzing Large Genetic Data from Complex Diseases, Shippensburg University Research and Scholarship Program (URSP), 05/01/2010 - 5/31/2011, PI: Jeonghwa Lee, Student: Matt Freed

  • Educational Grant (ASC100009): High Performance Computing for Graduate Students at Shippensburg University, An Educational Grant at TeraGrid, 01/15/2010 to 9/15/2010, PI: Jeonghwa Lee, Total Service Units: 10,000 Pople / 10,000 Warhol

  • Investigation of the Current Field of Computer Security, Mikausen-Likar Science Research Fund, 07/01/2008 - 06/30/2009, PI: Jeonghwa Lee

  • Development of Robust Preconditioners for the Electromagnetic Simulation, Pennsylvania State System of Higher Education Faculty Professional Development Council (FPDC), 05/01/2007 - 10/31/2008, PI: Jeonghwa Lee

  • Coursework Grant: Special Topics in High Performance Computing for undergraduate senior students at Shippensburg University, A Course Grant in Pittsburgh Supercomputing Center, 08/24/2007 - 09/15/2008, PI: Jeonghwa Lee, Total Service Units: 5,000 Rachel / 10,000 Bigben
Last Updated : May 21, 2026
Refereed Journal Articles
  • F. Qin, J. Collins, and J. Lee, Robust and Accurate SVD Method for Missing Value Estimation of DNA Microarrays, submitted.

  • X. Geng, Y. Wang, J. Lee, and J. Zhang, Stabilizing Block Diagonal Preconditioners for Complex Dense Matrices, Applied Mathematics and Computation, 217(5):1983-1990, 2010

  • W. Mao and J. Lee, A Combinatorial Analysis of Genetic Data for Crohn's Disease, Journal of Biomedical Science and Engineering, 1(1): 52-58, 2008

  • Y. Wang, J. Lee, and J. Zhang, A Short Survey on Preconditioning Techniques for Large Scale Dense Complex Linear Systems in Electromagnetics, International Journal of Computer Mathematics, 84(8):1211-1223, 2007

  • J. Lee, J. Zhang, and C. C. Lu, Sparse Inverse Preconditioning of Multilevel Fast Multipole Algorithm for Hybrid Integral Equations in Electromagnetics, IEEE Transactions on Antennas and Propagation, 52(9):2277-2287, 2004

  • J. Lee, J. Zhang, and C. C. Lu, Performance of Preconditioned Krylov Iterative Methods for Solving Hybrid Integral Equations in Electromagnetics, Journal of Applied Computational Electromagnetics Society, 18(4):54-61, 2003

  • J. Lee, J. Zhang, and C. C. Lu, Incomplete LU Preconditioning for Large Scale Complex Linear Systems from Electromagnetic Wave Scattering Problems, Journal of Computational Physics, 185(1):158-175, 2003
Dr. JeongResearch related web sites of interesting papers Research related web sites of interesting on-line books Research related web sites of interesting software packages
Web-sites of convenience hwa LeeEducational Background
  • 08/1999 - 08/2004: Doctor of Philosophy in Computer Science, (Dissertation: Preconditioned Iterative Methods for Solving Dense Linear Systems from Electromagnetic Scattering Applications directed by Dr. Jun Zhang), College of Engineering, University of Kentucky, Lexington, KY, USA

  • 03/1996 - 02/1998: Master of Science in Mathematics (Thesis: Conformal Deformations of Riemannian Metrics directed by Dr. Dong-soo Kim), College of Natural Sciences, Chonnam National University, Kwangju, South Korea

  • 03/1992 - 02/1996: Bachelor of Science in Mathematics (minor in Computer Science), College of Natural Sciences, Chonnam National University, Kwangju, South Korea

Contact the Morgan School of Engineering

MCT 156   1871 Old Main Drive,   Shippensburg, PA 17257 Phone: 717-477-1178